The phrase "an isolated stem" is correct and usable in written English.
It can be used in contexts related to botany, biology, or any discussion involving parts of a plant or structure that is separated from others.
Example: "The researcher focused on an isolated stem to study its growth patterns in a controlled environment."
Alternatives: "a detached stem" or "a solitary stem".
The combined culture of isolated stem cells in tissue engineering scaffolds represents a popular strategy for the regeneration of specialized tissues.
Isolated stem cells with the phenotype CD44+CD24−/low displayed a significant increase in their capacity to migrate in Transwell assays (supplementary Fig 1E), and particularly to invade through Matrigel (Fig 3F), compared to cells of the reverse phenotype.
For stem cell-based tissue engineering or tissue therapy, control of the quality of isolated stem cells is required.
Tissue engineering scaffolds are typically seeded with isolated stem cells and then cultured in bioreactors to increase cell proliferation and differentiation prior to transplantation.
Nonetheless, oligonucleotide delivery that has been widely performed on isolated stem cells to foster specific function is rarely conducted on the cell sheets.
With newly designed scaffolds, ex vivo produced growth factors and isolated stem cells, most of the challenges of critical size bone defects have been resolved in vitro, and in some cases in animal models as well.
To some extend, these isolated stem cell-like cells from adult porcine skin share features of mesenchymal stem cells (MSCs).
Besides CK8/18, other epithelia markers such as E-cadherin and ZO-1, the hepatic lineage marker albumin, the bile duct marker CK7, and mesenchymal marker N-cadherin were all detected in the isolated stem cells (Figure S2), showing co-expression of epithelial and mesenchymal molecules in stem cells.
After oscillation, the cell counts return to normal levels similar to the isolated stem cell kill.
